Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A system for managing a database for a medical examination, the system comprising: a non-transitory computer-readable storage medium storing at least one database and at least one software application; an electronic display; and a processor operably coupled with the electronic display and the non-transitory computer-readable storage medium, wherein the processor is configured, upon execution of the software application, to: display a user interface on the electronic display; receive, via one or more forms displayed via the user interface, input from an applicant for a license; create a user profile for the applicant based on the input; select, based on the user profile for the applicant and a type of the license, an initial set of medical questions for a medical certification for the license from a first table of the at least one database; insert the initial set of medical questions into a second table of the at least one database; present at the displayed user interface one or more of the initial set of medical questions stored in the second table; receive one or more answers from the applicant responsive to the initial set of medical questions; determine a first score for the applicant based on the one or more answers from the applicant; continually update the initial set of medical questions stored in the second table based on the one or more answers from the applicant responsive to the initial set of medical questions and the first score; present at the displayed user interface one or more of the continually updated initial set of medical questions stored in the second table; receive one or more additional answers from the applicant responsive to the updated initial set of medical questions; store the one or more answers from the applicant responsive to the displayed initial set of medical questions and the one or more additional answers from the applicant responsive to the displayed updated initial set of medical questions in the at least one database; responsive to storing the answers in the at least one database, select a second set of medical questions from the first table and insert the second set of medical questions into the second table; present at the displayed user interface one or more of the second set of medical questions stored in the second table; receive one or more answers from the applicant responsive to the second set of medical questions; continually update the second set of medical questions stored in the second table based on the one or more answers from the applicant responsive to the second set of medical questions; present at the displayed user interface one or more of the continually updated second set of medical questions stored in the second table; receive one or more additional answers from the applicant responsive to the updated second set of medical questions; determine a second score for the applicant based on the one or more additional answers from the applicant; store in the at least one database the one or more answers from the applicant responsive to one or more of the second set of medical questions and the one or more additional answers from the applicant responsive to the continually updated second set of medical questions; evaluate the stored one or more answers based on stored medical data; present at the displayed user interface one or more suggestions for examination for the medical certification to be performed by a medical examiner based on the stored one or more answers; generate a recommendation regarding whether the applicant should or should not receive the medical certification for the license based on the stored one or more answers, at least one of the first score and the second score, and input related to one or more medical examinations performed on the applicant by the medical examiner, the recommendation including a recommended period of time until a subsequent medical examination; and display the recommendation via the user interface.
This invention relates to systems for managing medical examination databases and specifically addresses the dynamic generation and administration of medical certification questionnaires for license applicants. The system comprises a computer-readable storage medium containing databases and software applications, an electronic display, and a processor. The processor executes the software to display a user interface. This interface allows an applicant to submit information for a license. Based on this input and the license type, an initial set of medical questions is selected from a database table and stored in another table. These questions are presented to the applicant, who provides answers. A score is determined from these answers, and the set of questions is continually updated based on the applicant's responses and score. Updated questions are presented, and further answers are received and stored. Subsequently, a second set of medical questions is selected and processed similarly to the first set, including continuous updates and further answer collection. The system stores all collected answers in the database. It then evaluates these answers against stored medical data. Based on the answers, scores, and input from a medical examiner, the system presents suggestions for examination and generates a recommendation on whether the applicant should receive the medical certification. This recommendation includes a suggested timeframe for a future medical examination and is displayed to the user.
2. The system of claim 1 , wherein continually updating the second set of medical questions stored in the second table comprises: determining, based on at least one answer from the applicant and a questionnaire protocol for selecting from a plurality of medical examination questions, at least one question of the second set of medical questions stored in the second table to be deleted; and deleting the at least one question from the second table.
This invention relates to a medical examination system that dynamically updates a set of medical questions presented to an applicant based on their responses. The system addresses the challenge of efficiently collecting relevant medical information by adapting the questionnaire in real-time, reducing redundancy and improving accuracy. The system includes a database with at least two tables: a first table storing a predefined set of medical questions and a second table storing a dynamically updated subset of those questions. As the applicant answers questions, the system evaluates their responses against a predefined questionnaire protocol to determine which questions in the second table are no longer necessary. For example, if an answer eliminates the need for certain follow-up questions, those questions are identified for deletion. The system then removes the identified questions from the second table, ensuring the applicant is only presented with the most relevant questions at each stage of the examination. This adaptive approach optimizes the examination process by minimizing irrelevant queries and streamlining data collection. The system may also include additional features, such as storing applicant responses and generating reports based on the collected data.
3. The system of claim 1 , wherein continually updating the second set of medical questions stored in the second table comprises: determining, based on at least one answer from the applicant and a questionnaire protocol for selecting from a plurality of medical examination questions, at least one question stored in the first table to be inserted into the second table; and inserting the at least one question into the second table.
This invention relates to a medical examination system that dynamically updates a set of questions presented to an applicant based on their responses. The system addresses the challenge of efficiently collecting relevant medical information by adapting the questionnaire in real-time to focus on pertinent health conditions or risk factors. The system includes a first table storing a comprehensive set of medical examination questions and a second table storing a subset of these questions tailored to the applicant. As the applicant answers questions, the system evaluates their responses against a predefined questionnaire protocol to identify additional relevant questions from the first table. These selected questions are then inserted into the second table, continually refining the questionnaire to ensure it remains targeted and efficient. The protocol may prioritize questions based on risk factors, symptoms, or other medical criteria, ensuring the examination remains comprehensive while minimizing unnecessary or redundant queries. This adaptive approach improves the accuracy and efficiency of medical assessments by dynamically tailoring the questionnaire to the applicant's specific health profile.
4. The system of claim 1 , wherein the processor is further configured, upon execution of the software application, to store the answers in one or more answer fields of the second table, each answer field of the one or more answer fields associated with a question stored in the second table.
This invention relates to a data processing system for managing and storing responses to questions in a structured database. The system addresses the challenge of efficiently organizing and retrieving answers to questions, particularly in applications where questions and answers are dynamically generated or updated. The system includes a processor executing a software application that interacts with a database containing at least two tables. The first table stores questions, while the second table stores answers linked to those questions. The processor is configured to receive answers to questions and store them in designated answer fields within the second table. Each answer field is associated with a specific question stored in the second table, ensuring that answers are correctly mapped to their corresponding questions. This structured approach allows for efficient data retrieval and analysis, enabling applications such as surveys, quizzes, or interactive forms to maintain accurate and organized records of user responses. The system ensures data integrity by maintaining a clear relationship between questions and answers, facilitating tasks like reporting, data mining, and decision-making based on the collected responses.
5. The system of claim 4 , wherein the processor is further configured, upon execution of the software application, to store the second table in at least one database with the user profile.
The invention relates to a system for managing user profiles and associated data tables in a database. The system addresses the challenge of efficiently organizing and storing user-specific data, particularly when multiple tables or datasets are linked to a single user profile. The system includes a processor configured to execute a software application that generates a second table containing user-specific information. This second table is then stored in a database alongside the user profile, ensuring that the data remains associated with the correct user. The system may also include a first table, which is similarly stored in the database and linked to the user profile. The processor ensures that both tables are properly indexed and accessible for future retrieval, maintaining data integrity and facilitating efficient querying. The invention improves data management by dynamically associating multiple datasets with a user profile, reducing the risk of data fragmentation and enhancing system performance. This approach is particularly useful in applications where user-specific data must be frequently updated or accessed, such as in customer relationship management (CRM) systems, user analytics platforms, or personalized service applications. The system ensures that all relevant data remains organized and easily retrievable, improving overall system efficiency and user experience.
6. The system of claim 1 , wherein the processor is further configured, upon execution of the software application, to: tabulate at least one of the first score and the second score from one or more numerical values associated with one or more questions and answers stored in the second table; and store the at least one of the tabulated first score and the tabulated second score in at least one database with the user profile for the applicant.
This invention relates to a system for processing and storing assessment data, particularly in educational or evaluation contexts. The system addresses the challenge of efficiently collecting, scoring, and storing user responses to questions, such as in tests or surveys, while maintaining an organized and accessible record of results. The system includes a processor that executes a software application to manage user interactions with a set of questions. The processor retrieves questions and corresponding answers from a database and presents them to a user, such as an applicant taking an assessment. The user's responses are recorded and compared against predefined criteria or correct answers to generate numerical scores. These scores are then tabulated from the numerical values associated with the questions and answers, reflecting the user's performance. The system further stores the tabulated scores in a database, linking them to the user's profile. This ensures that assessment results are preserved and can be retrieved for future reference, analysis, or reporting. The system may also handle multiple scores, such as separate scores for different sections of the assessment, and store each score individually or in combination. The stored data can be used for tracking progress, generating reports, or making decisions based on the user's performance. The system streamlines the evaluation process by automating scoring and data storage, reducing manual effort and improving accuracy.
7. The system of claim 6 , wherein tabulating the at least one of the first score and the second score further comprises tabulating the at least one of the first score and the second score based on one or more numerical values associated with one or more medical conditions associated with the one or more questions and answers stored in the second table.
This invention relates to a system for evaluating medical conditions based on user responses to questions. The system addresses the challenge of accurately assessing medical conditions by analyzing user-provided answers to determine relevant health risks or diagnoses. The system includes a database storing questions and corresponding answers, where each answer is linked to one or more medical conditions. A scoring mechanism evaluates the answers to generate a first score representing the likelihood of a medical condition based on the user's responses. Additionally, the system may compare the user's answers to predefined reference answers to produce a second score, indicating how closely the user's responses align with expected patterns for a given condition. The system then tabulates these scores by incorporating numerical values associated with the medical conditions linked to the questions and answers. This numerical weighting allows for a more precise assessment of the user's health status, enabling better-informed medical decisions. The system may also include a user interface for inputting responses and displaying the evaluated scores, ensuring an interactive and user-friendly experience. The overall goal is to provide an automated, data-driven approach to medical condition assessment, improving diagnostic accuracy and efficiency.
8. The system of claim 6 , wherein the processor is further configured, upon execution of the software application, to: select a subset of medical examinations from a third table, wherein the subset of medical examinations is selected responsive to one or more answers from the applicant stored in the second table and a medical examination protocol for selecting from a plurality of medical examinations associated with a plurality of medical conditions; insert the subset of medical examinations into a fourth table; present at the displayed user interface one or more of the subset of medical examinations stored in the fourth table; and store in at least one database medical findings responsive to the presented one or more of the subset of medical examinations.
A medical examination system automates the selection and management of diagnostic tests based on patient responses and predefined protocols. The system addresses inefficiencies in traditional medical workflows by dynamically tailoring examinations to individual patient conditions, reducing unnecessary tests and improving diagnostic accuracy. The system includes a database storing multiple tables. A first table contains patient data, while a second table records answers provided by the patient during an intake process. A third table lists available medical examinations, and a fourth table stores selected examinations for a specific patient. A processor executes a software application to analyze the patient's answers and apply a medical examination protocol, which defines which tests are relevant for different conditions. Based on this analysis, the processor selects a subset of examinations from the third table and inserts them into the fourth table. These selected examinations are then displayed to a healthcare provider via a user interface. After the examinations are performed, the system stores the medical findings in the database, linking them to the patient's record. This automated workflow ensures that only pertinent tests are conducted, streamlining the diagnostic process and enhancing patient care.
9. The system of claim 8 , wherein the processor is further configured, upon execution of the software application, to store the medical findings in medical finding fields of the fourth table.
The invention relates to a system for managing medical data, specifically addressing the challenge of organizing and storing medical findings in a structured database. The system includes a processor that executes a software application to process medical data and store it in a relational database. The database comprises multiple tables, including a first table for storing patient information, a second table for storing medical procedure data, a third table for storing medical image data, and a fourth table for storing medical findings. The processor is configured to extract medical findings from the medical data and store them in designated fields within the fourth table. This ensures that medical findings are systematically recorded and linked to the relevant patient, procedure, and image data, improving data organization and accessibility for healthcare professionals. The system enhances efficiency in medical data management by automating the storage of findings, reducing manual entry errors, and facilitating quick retrieval of critical information. The invention is particularly useful in clinical settings where accurate and organized medical records are essential for diagnosis and treatment planning.
10. The system of claim 8 , wherein the processor is further configured, upon execution of the software application, to continually update the medical examinations stored in the fourth table responsive to the medical findings stored in at least one database.
This invention relates to a medical data management system designed to improve the organization and accessibility of medical examination records. The system addresses the challenge of maintaining up-to-date and accurate medical records by dynamically updating stored examination data based on new medical findings. The system includes a processor that executes a software application to manage multiple tables of medical data. One table stores medical examinations, while another stores medical findings from databases. The processor continually updates the examination records in the fourth table whenever new findings are detected in the associated databases. This ensures that medical professionals have access to the most current information, reducing errors and improving patient care. The system may also include additional tables for storing patient information, examination details, and other relevant data, all interconnected to provide a comprehensive medical record management solution. The dynamic updating mechanism helps maintain consistency across records, ensuring that any new findings are reflected in the examination data without manual intervention. This automation reduces administrative burden and enhances the reliability of medical documentation.
11. The system of claim 10 , wherein continually updating the medical examinations stored in the fourth table comprises: determining, based on at least one medical finding and the medical examination protocol, at least one medical examination stored in the third table to be inserted into the fourth table; and inserting the at least one medical examination into the fourth table.
This invention relates to a medical examination management system designed to improve the organization and retrieval of medical examination data. The system addresses the challenge of efficiently tracking and updating medical examinations based on evolving medical findings and protocols. The system includes multiple interconnected tables that store and manage medical examination data. A first table contains medical examination protocols, a second table stores medical findings, and a third table holds a predefined set of medical examinations. A fourth table dynamically updates to reflect the most relevant medical examinations based on current medical findings and protocols. The system continually updates the fourth table by determining which medical examinations from the third table should be inserted into the fourth table based on the medical findings and the examination protocol. This ensures that the system maintains an up-to-date and contextually relevant set of medical examinations for reference. The dynamic updating mechanism allows healthcare providers to access the most pertinent examinations without manual intervention, improving efficiency and accuracy in medical decision-making. The system's modular design enables seamless integration with existing healthcare databases and electronic health record systems.
12. The system of claim 10 , wherein continually updating the medical examinations stored in the fourth table comprises: determining, based on at least one medical finding and the medical examination protocol, at least one medical examination to be deleted from the fourth table; and deleting the at least one medical examination from the fourth table.
This invention relates to a medical examination management system that dynamically updates stored medical examinations based on medical findings and examination protocols. The system addresses the challenge of maintaining accurate and relevant medical examination records by automatically identifying and removing outdated or unnecessary examinations from a database. The system includes a database with multiple tables storing medical findings, examination protocols, and medical examinations. The system continually updates the medical examinations stored in the fourth table by analyzing medical findings and the associated examination protocol to determine which examinations should be deleted. Once identified, these examinations are removed from the fourth table to ensure the database remains current and efficient. This automated process helps healthcare providers maintain up-to-date records, reducing redundancy and improving the accuracy of medical data. The system may also include additional features such as generating examination protocols based on medical findings and storing them in a second table, as well as linking medical findings to specific examination protocols in a third table. The overall goal is to streamline medical record management by dynamically adjusting the stored examinations in response to new findings and protocol updates.
13. A system for managing a database for a medical examination, the system comprising: a non-transitory computer-readable storage medium storing at least one database and at least one software application; an electronic display; and a processor operably coupled with the electronic display and the non-transitory computer-readable storage medium, wherein the processor is configured, upon execution of the software application, to: display a user interface on the electronic display; receive, via one or more forms displayed via the user interface, input from an applicant for a license; select, based on the input and a type of the license, an initial set of medical questions from the at least one database; insert the initial set of medical questions into a table of the at least one database; present at the displayed user interface one or more of the initial set of medical questions stored in the table; receive one or more answers from the applicant responsive to the initial set of medical questions; determine a first score for the applicant based on the one or more answers from the applicant responsive to the initial set of medical questions; present at the displayed user interface a suggestion to terminate the medical examination responsive to the first score indicating that the applicant is unlikely to pass the medical examination; continually update the initial set of medical questions stored in the table based on one or more answers responsive to the initial set of medical questions; present at the displayed user interface one or more of the continually updated initial set of medical questions stored in the table; receive one or more answers from the applicant responsive to the updated initial set of medical questions; determine a second score for the applicant based on the one or more answers from the applicant responsive to the updated initial set of medical questions; store answers responsive to the displayed initial set of medical questions and the updated initial set of medical questions in at least one database; and present at the displayed user interface a recommendation regarding whether the applicant should receive a certification for the license based on the stored answers, the first score, and the second score.
The system manages medical examinations for license applicants by dynamically adapting questions based on responses. It addresses inefficiencies in static medical screening processes, which may fail to accurately assess applicants or waste time on irrelevant questions. The system includes a database storing medical questions and a software application that operates on a processor-connected display. The application presents a user interface where applicants input data, triggering the selection of an initial set of medical questions tailored to the license type. These questions are displayed, answered, and scored to generate a first assessment. If the score indicates low likelihood of passing, the system suggests terminating the exam early. Otherwise, the system updates the question set based on responses, presents new questions, and calculates a second score. All answers and scores are stored, and the system provides a final recommendation on certification eligibility. This adaptive approach improves efficiency and accuracy in medical evaluations for licensing.
14. A method of managing at least one database for a medical examination, the method comprising: selecting an initial set of medical questions from medical questions stored at a first table of the at least one database based on an applicant and a type of a license desired by the applicant; inserting the initial set of medical questions into a second table of the at least one database; continually updating the initial set of medical questions stored in the second table based on one or more answers from the applicant responsive to the initial set of medical questions; determine one or more scores for the applicant based on the one or more answers; storing the one or more answers in the at least one database; generate a medical certification recommendation whether or not the applicant should pass the medical examination based on the one or more answers and the one or more scores; and storing the medical certification recommendation for the license in the at least one database.
The invention relates to a system for managing medical examination databases, particularly for licensing applications. The system addresses the challenge of efficiently processing and evaluating medical questionnaires for applicants seeking various types of licenses. The method involves selecting an initial set of medical questions from a stored database based on the applicant's identity and the specific license type they are pursuing. These questions are then inserted into a separate table within the database. As the applicant responds to the questions, the system dynamically updates the question set in real-time, adapting the examination based on the applicant's answers. The system calculates scores derived from these responses and stores the answers in the database. Using the collected data, the system generates a medical certification recommendation, determining whether the applicant should pass the examination. This recommendation is then stored in the database for reference. The approach ensures a tailored and adaptive assessment process, improving accuracy and efficiency in medical licensing evaluations.
15. The method of claim 14 , wherein continually updating the initial set of medical questions stored in the second table comprises: determining, based on at least one answer and a questionnaire protocol for selecting from a plurality of medical examination questions, at least one question stored in the first table to be inserted into the second table; and inserting the at least one question into the second table.
This invention relates to adaptive medical questionnaire systems that dynamically update sets of medical questions based on patient responses. The system addresses the challenge of efficiently gathering relevant medical information by tailoring follow-up questions based on prior answers, improving diagnostic accuracy and reducing redundant questioning. The system includes a first table storing a comprehensive set of medical examination questions and a second table storing an initial subset of these questions. As a patient answers questions, the system evaluates responses against a predefined questionnaire protocol to determine which additional questions from the first table should be added to the second table. This ensures that subsequent questions are contextually relevant to the patient's condition. The protocol may use rules, algorithms, or decision trees to select appropriate follow-up questions, dynamically expanding the question set as needed. The system continuously updates the second table by inserting new questions based on the protocol and patient answers, creating a personalized and adaptive questioning process. This approach enhances efficiency by focusing on pertinent medical details while minimizing unnecessary queries.
16. The method of claim 14 , wherein continually updating the initial set of medical questions stored in the second table comprises: determining, based on at least one answer and a questionnaire protocol for selecting from a plurality of medical examination questions, at least one question stored in the second table to be deleted; and deleting the at least one question from the second table.
This invention relates to a system for dynamically updating medical questionnaires based on patient responses. The problem addressed is the inefficiency of static medical questionnaires that do not adapt to patient answers, leading to redundant or irrelevant questions. The solution involves a method for continually refining a set of medical questions stored in a database table. The system evaluates patient answers against a predefined questionnaire protocol to identify questions that are no longer relevant. These outdated questions are then automatically removed from the database, ensuring the questionnaire remains concise and targeted. The method also includes mechanisms for adding new questions based on patient responses, though this aspect is not detailed in the claim. The dynamic updating process ensures that the questionnaire remains efficient and relevant, reducing patient burden and improving diagnostic accuracy. The system is designed for use in medical examination workflows where adaptive questioning is critical for efficient data collection.
17. The method of claim 14 , further comprising: selecting a subset of medical examinations from a third table, wherein the subset of medical examinations is selected responsive to one or more answers stored in the second table and a medical examination protocol for selecting from a plurality of medical examinations associated with a plurality of medical conditions; inserting the subset of medical examinations into a fourth table; continually updating the medical examinations stored in the fourth table based on findings received responsive to at least one of the medical examinations; and storing in at least one database the received responsive findings.
This invention relates to a system for dynamically selecting and updating medical examinations based on patient responses and examination protocols. The system addresses the challenge of efficiently managing and adapting medical diagnostic processes by automating the selection of relevant examinations and tracking their outcomes. The method involves storing patient answers in a second table and using these responses, along with a predefined medical examination protocol, to select a subset of examinations from a third table. The protocol defines which examinations are relevant for specific medical conditions based on the patient's answers. The selected examinations are then inserted into a fourth table, which serves as a dynamic record of the examinations to be performed. As examinations are conducted, their findings are received and used to continually update the fourth table. This ensures that the examination list remains current, reflecting new information from completed tests. The findings are also stored in a database for further analysis or reference. The system improves diagnostic efficiency by automating examination selection and tracking, reducing manual oversight and ensuring that only relevant tests are performed based on evolving patient data. This approach supports personalized and adaptive medical diagnostics.
18. The method of claim 14 , further comprising: tabulating the one or more scores from one or more numerical values associated with the initial set of medical questions and the one or more answers stored in the second table; and storing the tabulated one or more scores in at least one database with a user profile.
This invention relates to a system for processing medical questionnaires and analyzing responses to assess patient conditions. The method involves generating an initial set of medical questions, which may be tailored based on user input or predefined criteria. These questions are presented to a user, and their answers are stored in a structured database. The system then evaluates the answers by comparing them to predefined numerical values or scoring criteria, generating one or more scores that reflect the user's responses. These scores are aggregated and tabulated, providing a quantitative assessment of the user's medical condition or risk factors. The tabulated scores are stored in a database alongside a user profile, enabling tracking of changes over time or comparison with other users. The system may also include additional features such as generating follow-up questions based on initial responses or integrating with external data sources to enhance accuracy. The primary problem addressed is the need for automated, structured analysis of medical questionnaires to improve diagnostic efficiency and personalized healthcare management.
19. The method claim 18 , wherein tabulating the one or more scores further comprises tabulating the one or more scores based on one or more numerical values associated with one or more medical conditions associated with the initial set of medical questions and the one or more answers stored in the second table.
This invention relates to a system for evaluating medical conditions based on patient responses to a set of questions. The system addresses the challenge of efficiently assessing a patient's health status by analyzing their answers to a predefined set of medical questions and generating a quantitative score that reflects the severity or relevance of associated medical conditions. The method involves storing a first table containing an initial set of medical questions and a second table containing answers provided by a patient. The system then evaluates the answers to determine their relevance to one or more medical conditions. Each medical condition is associated with one or more numerical values that represent its severity or diagnostic significance. The system calculates a score for each condition by analyzing the patient's answers in relation to these numerical values. This scoring process helps prioritize conditions based on the patient's responses, enabling healthcare providers to focus on the most critical issues. The system may also include a user interface for displaying the tabulated scores, allowing healthcare professionals to review the results and make informed decisions. The method ensures that the scoring is based on objective numerical values, reducing subjectivity in medical assessments. This approach improves diagnostic accuracy and streamlines the evaluation process, particularly in settings where rapid assessment is necessary.
20. The method of claim 14 , further comprising storing the one or more answers in the second table.
A system and method for managing and retrieving data involves a database structure with at least two tables. The first table stores questions or data entries, while the second table stores corresponding answers or related data. The method includes receiving a query, retrieving relevant data from the first table, generating one or more answers based on the retrieved data, and storing those answers in the second table. The stored answers can then be accessed for future queries, improving efficiency by reducing redundant processing. This approach is particularly useful in applications requiring frequent data retrieval and analysis, such as customer support systems, knowledge management platforms, or automated response systems. The method ensures that answers are dynamically generated and stored, allowing for quick access while maintaining data consistency. The system may also include additional features like data validation, answer prioritization, or integration with external data sources to enhance functionality. By separating the storage of questions and answers, the system optimizes performance and scalability.
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November 3, 2020
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